Explore how computational methods are revolutionizing our understanding of chromatin interactions and 3D genome organization using DNA sequences and epigenomic profiles.
Explore the revolutionary field of information-driven biological engineering, where AI and data science are transforming how we design and program complex biological systems.
Explore how nanoparticles are revolutionizing cancer treatment through precision targeting, smart drug delivery systems, and innovative nanoscale technologies.
Exploring differential protein expression between Wilms' tumor and embryonic kidney cells through proteogenomic approaches
Discover how the confirmation of Nanotyrannus as a distinct species is transforming our understanding of Cretaceous ecosystems and dinosaur evolution.
Explore the development of multifunctional chimeric proteins as receptor-mediated gene transfer vectors, the molecular taxis delivering genetic material with precision.
Discover how genomic profiling revealed three distinct molecular subgroups of renal cell carcinoma, revolutionizing kidney cancer diagnosis and treatment.
Explore how hepatic tissue engineering is revolutionizing liver disease treatment with bioartificial livers, transplantable tissue constructs, and advanced organoid technologies.
Explore how antimicrobial peptides, nature's molecular warriors, offer promising solutions to antibiotic resistance through their unique mechanisms and diverse applications.
Explore how upconversion nanoparticles (UCNPs) are transforming biomedical science through their unique ability to convert near-infrared light into visible light for advanced diagnostics and treatments.